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1000 mL Glass Graduated Cylinder – USP BBR Tall A – 10 mL Subdivisions

$133.00
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SKU: 32862
California prop 65
Description

Description

The 1000 mL Glass Graduated Cylinder – USP BBR Tall A – 10 mL Subdivisions is a precision tool for accurate liquid measurements in a variety of laboratory applications. This 1000 ml glass graduated cylinder is made from high-quality, durable glass and is certified as Class A, ensuring accuracy for precise liquid handling. The tall cylinder design, combined with clear blue graduations and a spout for easy pouring, makes it ideal for general lab work and large-scale measurements.

Key Features

  • 1000 mL Capacity: The 1000 mL glass graduated cylinder is ideal for measuring and mixing larger volumes of liquid in a single container.
  • Class A, USP Certified Glassware: Meets the highest standards for accuracy, ensuring reliable measurements every time.
  • Clear Blue Graduations: The 10 mL subdivisions allow for easy and precise reading of liquid volumes.
  • Tall Cylinder Design: Features a spout for safe, accurate pouring and a stable base to prevent tipping during use.

Applications

  • Liquid Measurement and Mixing: Ideal for measuring, mixing, and preparing solutions in various laboratory settings.
  • Chemical and Biological Labs: Suitable for use in labs where accurate liquid measurement is crucial, such as in chemical, biological, or industrial labs.
  • Educational Use: A great tool for teaching and demonstrating liquid measurement in educational settings.

Benefits

  • Reliable Accuracy: As a Class A-certified 1000 ml glass graduated cylinder, it ensures precise, reproducible measurements for reliable results.
  • User-Friendly Design: The clear blue graduations and spout make it easy to use and accurately pour liquids without spills.
  • Durable Construction: Made from borosilicate glass, it offers excellent chemical resistance and long-term durability.
  • Stability: The tall design and stable base make it easy to handle, minimizing the risk of tipping.

Product Specs

  • Volume: 1000 mL
  • Subdivision: 10 mL
  • Error Limits: ± 5 mL
  • Height: 465 mm
  • Qty/Pack: 1

Categories

  • Laboratory Cylinders
  • Volumetric Glassware
  • Chemical Measurement Tools
  • Lab Glassware
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FAQs

What is the capacity of this graduated cylinder?

The 1000 mL Glass Graduated Cylinder has a 1000 mL capacity, making it perfect for measuring and mixing larger volumes of liquids in a single container. This large capacity ensures you can handle a variety of tasks requiring precise liquid measurement. It's especially ideal for general lab work and large-scale measurements.

What material is this graduated cylinder made from?

This graduated cylinder is made of durable borosilicate glass, known for its chemical resistance and long-term durability. Borosilicate glass ensures the cylinder withstands the demands of laboratory environments while maintaining its integrity and accuracy. It is also designed to withstand thermal shock, enhancing its reliability.

What type of graduations does the cylinder have?

The cylinder features clear blue graduations with 10 mL subdivisions, making it easy to read and measure liquids accurately. The clear markings ensure precise readings for reliable results, even with smaller liquid volumes. These blue graduations stand out against the glass, ensuring visibility in a variety of lighting conditions.

Is this cylinder certified for accuracy?

Yes, the 1000 mL Glass Graduated Cylinder is Class A and USP-certified, meaning it meets the highest standards for accuracy. This certification ensures that every measurement is reliable and reproducible, making it an essential tool for precise liquid handling. It's ideal for labs where accuracy is crucial.

What are the applications of this graduated cylinder?

This graduated cylinder is ideal for liquid measurement, mixing, and preparing solutions in various laboratory settings. It is suitable for use in chemical, biological, and industrial labs where accuracy is essential. Additionally, it's great for educational use, teaching students how to measure liquids accurately.